TSMC Demos Next-Gen Chip Technology to Apple Ahead of 2025 Debut
TSMC has already demonstrated prototype 2nm chips to Apple ahead of their expected introduction in 2025, the Financial Times reports.
Apple is said to be closely aligned with TSMC in the race to develop and implement 2nm chip technology, which will surpass their current 3nm chips and associated nodes in terms of transistor density, performance, and efficiency. 2nm chips are expected to be integral in underpinning future Apple silicon chips, as well as next-generation data center and artificial intelligence technology. Test results for TSMC's "N2" 2nm prototype chips have already been showcased to Apple and several other key TSMC clients as plans for upcoming chips begin to solidify.
In a separate report, DigiTimes points out that Apple is a key player in TSMC's battle against Samsung and Intel to bring 2nm chips to market, with no sign of the close relationship between the two companies waning. Apple reportedly has no plans to reduce its 3nm or 2nm chip orders from TSMC before 2027 at the earliest.
Apple was the first company to utilize TSMC's 3nm technology with the A17 Pro chip in the iPhone 15 Pro and iPhone 15 Pro Max, and the company is likely to follow suit with the chipmaker's N2 chips. TSMC's production of 2nm chips is slated to begin in 2025, with their first appearance in Apple devices likely to follow soon after.
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Top Rated Comments
https://irds.ieee.org/editions/2021/more-moore
The IEEE is the Institute of Electrical and Electronics Engineers, and a reliable source.
Wikipedia says 45 nm, which may be the most relevant for CPUs:
https://en.wikipedia.org/wiki/2_nm_process
Edited to add: @oneMadRssn pointed out that the measures I cited above, such as "12 nm" and "45 nm", are technically the _gate_ sizes, which are smaller than the _entire_ transistor. Anyway, a feature 2 nm across would be 9 silicon atoms across, resulting in a device too unreliable to use at any temperature, even if manufacturing were perfect.
5nm from Samsung and 5nm TSMC are not the same at all, nor is 10nm from Intel vs 10nm from TSMC.
Intel was even trying to pass on their 10nm chips as "7nm" due to how TSMC defines it's nanometers.
Also, not all transistors are the same size. A modern SoC will have dozens of different transistors types on it, of varying sizes. So measuring the smallest transistor doesn't really mean much if most of them are larger.
Rather, my understanding is that since about 65nm, TSMC has switched from measuring the size of the transistor to the width of the gate, or the width of the channel; which is a smaller subcomponent of the transistor. But having a gate width of 15 silicon atoms is more believable, since that means the entire transistor would be roughly twice as wide. And it tells you a bit more about the tech, since knowing the smallest feature size is still useful for the larger transistors on the die.